1. Eliminate harmonic components in the microwave frequency range
2. Eliminate harmonic components in the radio frequency range
3. Add harmonic components in the Audio frequency range
4. None of these
Eliminate harmonic components in the radio frequency range
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1. The base region is heavily doped
2. The emitter region is lightly doped
3. The collector region is very thin
4. None of these
The base region is heavily doped
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1. 25%
2. 35%
3. 50%
4. 60%
25\%
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1. Network A has initial condition
2. Network B has initial condition
3. Network A and B has mutual coupling
4. None of these
Network A and B has mutual coupling
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1. Same as a direct coupled class A amplifier
2. Half that of a direct coupled class A amplifier
3. Double that of a direct coupled class A amplifier
4. None of these
Double that of a direct coupled class A amplifier
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1. Drift of holes
2. Diffusion of holes
3. Diffusion of Electrons
4. Drift of Electrons
Diffusion of holes
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1. 50%
2. 78.5%
3. 75%
4. None of these
78.5\%
No Explanation available for this question
1. Increase with temperature rise
2. Decreases with temperature rise
3. Normally greater for Si than Ge
4. Depends on emitter base junction bias
Increase with temperature rise
No Explanation available for this question
1. Inverse feedback
2. Direct feedback
3. Regenerative feedback
4. None of these
Inverse feedback
No Explanation available for this question
1. 40
2. (20+j10)
3. (5+j10/3)
4. (10+j30)
(10+j30)
No Explanation available for this question